Consider two different hydrogen atoms. The electron in each atom is in an excited state. Is it possible for the electrons to have different energies but same orbital angular momentum according to the Bohr model? (DONT GIVE ANY LINKS AND ANSWER IN DETAIL.)
(b) Draw a plot of potential energy between a pair of nucleons as a function of their separation. Mark the regions where potential energy is (i) positive and (ii) negative.
Q.14. In a given sample, two radio isotopes A and B are initially present in the ratio of 1 : 4. The half-lives of A and B are 100 yr and 50 yr, respectively. Find the time after which the amounts of A and B become equal.
results found are tabulated as follows:
the activity of a radioactive species versus time. How long will a
radioactive isotope, whose half life is T years, take for its activity to
reduce to 1/8th of its initial value?
dont give any linkss
following scheme
If the mass number and atomic number of A is 180 and 72 respectively , What are these numbers for A4
Consider two different hydrogen atoms. The electron in each atom is in an excited state. Is it possible for the electrons to have different energies but same orbital angular momentum according to the Bohr model? (DONT GIVE ANY LINKS AND ANSWER IN DETAIL.)
in the solution it is given that na being heavy won't carry ke and neutrino in general won't carry ke so the energy is carried by the electron which is equal to the q value is this true for all beta minus reaction ? will all the beta minus equation carry the ke equal to the q value of that particular reaction?
when the question says:
find the amount of nuclear energy that would be required to separate all the protons and neutrons from each other in a coin of 3g. A of Cu is 63 and Z is 29
in this question why can't we use the formula for binding energy per nucleon?
a) Define activity of a radioactive material and write it's S.I unit.
b)The sequence of step wise decay of a radioactive nucleus is
If atomic no. And mass no. Of D2 are 71 and 176 respectively ,What are their corresponding values for D?